Self-Modulation and Self-Focusing of Ion Wave in Two-Electron-Temperature Plasma
スポンサーリンク
概要
- 論文の詳細を見る
Self-modulation and self-focusing of ion wave in a two-electron-temperatureplasma composed of cold and hot electrons and pos;itive Jon have been theoretically in-vestigated based on the nonlinear Schr6dinger equ.ation describing the wave. For theTon wave of large wavenumber, the modulational instability occurs irrespective of fern-perature and density ratios of the hot electron to the cold electron. If the temperatureratio is larger than - 10, the ion wave of any wavenumber turns out to be unstablemodulationally at a critical density ratio. The self-focusing of' Ton wave, on the otherhand, scarcely occurs. Between two critical densities, however, the ion wave of smallwavenumber becomes unstable with respect to trattsverse moclulation if the tempera-lure ratio is superior to - 10.
- 社団法人日本物理学会の論文
- 1989-02-15
著者
-
Watanabe S
Yokohama Yokohama Jpn
-
Shinsuke Watanabe
Department Of Energy Engineering Faculty Of Engineering Yokohama National University
-
Tanaca Hiroshi
Institute of Applied Physics
-
Tanaca H
Institute Of Energy Engineering Faculty Of Engineering Yokohama National University
-
Tanaca Hiroshi
Institute Of Applied Physica Faculty Of Engineering Yokohama National University
-
ISHIWATA Shingo
Institute of Energy Engineering ,Faculty of Engineering,Yokohama National University
-
WATANABE Shinsuke
Institute of Energy Engineering ,Faculty of Engineering,Yokohama National University
-
Ishiwata S
Yokohama National Univ. Yokohama
-
Watanabe Shinsuke
Institute For Energy Engineering Faculty Of Engineering Yokohama National University
-
WATANABE Sigeru
Faculty of Education,Mie University
関連論文
- Experiment on Shock Wave in a Random LC Circuit
- Asymptotic Behaviour of Collisionless Shock in Nonlinear LC Circuit
- Correction of the Table for the Numerical Values Obtained from the Experiment of Mossbauer Effect
- Internal Fields of Nickel-Iron Ferrite System
- A Low Frequency Resonance Characteristic in Plasma
- Mossbauer Effect in Fe-Ni Ferrite System
- A Note on Plasma Conductivity (III)
- A Note on Plasma Conductivity (II)
- Ground State and Elementary Excitation Gaps in the One-Dimensional Kondo Lattice with f^2 Configuration
- Spin,Charge and Quasi-Particle Gaps in the One-Dimensional Kondo Lattice with f^2 Configuration
- Higher Order Solution of Nonlinear Waves.: II. Shock Wave Described by Burgers Equation
- Higher Order Solution of Nonlinear Waves. : I. Cnoidal Wave in Unstable and Dissipative Media
- Formation Process of a Vortex Ring by an Exploding Wire in Water
- Soliton in a Random System
- Solitary Wave in Periodic Nonlinear Lattice
- Experiment on Solitary Wave in a Symmetric Electric Circuit
- Higher Order Approximation in Two-Dimensional Nonlinear LC Circuit Equation by the Hirota Method
- Higher Order Approximation in Two-Dimensional Ion Acoustic Wave
- Soliton Solution of Generalized 2D Boussinesq Equation with Quadratic and Cubic Nonlinearity
- Self-Modulation and Self-Focusing of Ion Wave in Two-Electron-Temperature Plasma
- Stability Analysis of a Soliton by the Hirota Method
- Toda Lattice with Mass Interface.II.Coupled Toda Lattice
- Toda Lattice with Mass Interface.I.Scattering of Soliton
- Tunneling Rotation of Two Inequivalent Methyl Groups in Orthorhombic Acetamide
- Proton Spin-Lattice Relaxation from Tunneling Methyl Groups in Rhombohedral Acetamide
- Proton Spin-Lattice Relaxation from Classical and Tunneling Rotation of Methyl Groups in Thioacetamide
- An Analysis of the Toda Lattice with Weak Dissipation
- Comment to "Excitation of Water Molecule by Electron Impacts.I"
- Dissociative Excitation of Water Molecule by Electron Impacts. IV. The Effect of Multiple Scattering
- Dissociative Excitation of Water Molecule by Electron Impacts. : III. Core Potential Correction
- Dissociative Excitation of Water Molecule by Electron Impacts. : II. The Glauber Approximation
- Dissociative Excitation of Water Molecule by Electron Impacts. : I. General Survey and the Born Approximation
- A Method of Measurement of Plasma Conductivity. I. : Theoretical Approach
- A Low Frequency Global Resonance in Plasma
- A Method of Measurement of Plasma Conductivity. II. : Example of Measurement
- Observation of Low Frequency Oscillations in Plasma
- A Resonant Suppression of Low Frequency Oscillation in Plasma
- Ion Acoustic Standing Waves in Mercury-Vapor Discharges
- Observations of Ion Acoustic Waves in Mercury-Vapor Discharges
- External Excitation of Iron Acoustic Waves in Mercury-Vapor Discharges
- Dispersion Relation of Ion Acoustic Waves in A Magnetized Plasma
- Parametric Resonance of an Ion Acoustic Wave in a Plasma
- Ion Acoustic Waves in a Turbulent Plasma
- Critical Drift Velocity of Ion Wave Instability in Plasmas
- Plasma Heating by Ion Wave Instadility in Q-Machine
- Self-Focusing of Ion Wave in Plasma with Negative Ion
- Envelope Soliton under Dissipation
- Experimental Investigation of Current-Driven Ion Wave Turbulence in Plasma
- Experimental Investigation of Current-Driven Ion Wave Turbulence in Plasma